This course outlines the role of the medical laboratory technician and covers the basic principles, techniques, and vocabulary applicable to medical laboratory technology. It also provides overviews of the major regulatory agencies, professional associations, patient confidentiality, and safety practices associated with HIV and other infectious agents. Students will learn basic laboratory mathematics, medical laboratory ethics, specimen collection and handling, and phlebotomy and venipuncture procedures.

This course covers clinical testing and evaluation of urine and other body fluids. Students will learn to correlate physical, chemical, and microscopic lab findings with disease conditions.

This course overviews the theories and techniques involved in routine hematology. Topics include the hematopoietic system and blood cell physiology, maturation, and morphology. Students will learn blood cell enumeration, identification, hemoglobin analysis, and clinical correlations.

This course is a continuation of Hematology I and presents advanced hematology topics as well as the principles and procedures of blood coagulation. Students will examine the role of blood vessels, platelets, and coagulation factors, as well as hematology and hemostasis disease factors.

This course presents students with principles and methods used in clinical microbiology including taxonomy, isolation, identification, clinical relevance, and antibiotic susceptibility testing of pathogenic bacteria. Students will also receive an introduction to medical parasitology, mycology, and virology.

This course covers basic concepts and laboratory practices related to clinical immunology with an emphasis on antibody-antigen interaction in specific diseases. Students will learn about the immune system and its components along with diagnostic principles and procedures involving serological and molecular testing related to immunity, immune deficiencies and autoimmune disorders.

This course overviews the basic theory and concepts of antigen-antibody reactions associated with blood cell transfusions and relates the concepts of immunology to blood banking procedures using the guidelines of the American Association of Blood Bank. Students will examine genetics, the structure of blood group antigens, the role of antibodies in transfusion, complement interactions, and compatibility testing.

This course outlines the theory, clinical correlations, and laboratory procedures related to the chemical analysis of clinical specimens. Students will receive in-depth instruction on specimen processing, analysis, test interpretation, and quality control procedures used in manual and automated clinical chemistry testing.

Students will be assigned to a clinical affiliate for supervised clinical laboratory experience in the core laboratory. This learning experience allows students to perform routine analytical procedures, develop their laboratory skills, and apply program knowledge.

Students will be assigned to a clinical affiliate for supervised clinical laboratory experience in Blood Banking. This learning experience allows students to perform routine blood banking procedures, develop their laboratory skills, and apply program knowledge.

Students will be assigned to a clinical affiliate for supervised clinical laboratory experience in a microbiology laboratory. This learning experience allows students to perform routine analytical procedures, develop their laboratory skills, and apply program knowledge.

This capstone course designed to guide MLT students in preparing for national certification examinations. The course allows students to apply their MLT knowledge to case studies and to review all major areas of the MLT curriculum. Students will discuss and review material in hematology, urinalysis, microbiology, clinical chemistry, immunohematology, immunology, molecular methods, laboratory operations, medical ethics, and laboratory safety precautions.